Search results

The number of possible Megaminx scrambles is bigger than the number of positions that can be reached with a Pochmann style scramble.

I was watching the video again expecting a kid to do a solve with sub 6 potential and getting distracted by the WR reactions. Was disappointed and amused, when it turned out to be a "high 5" in the ordinary people language xD.

The point is that this has not much to do with cubing. A little technical analysis: Has someone noticed that both the second solve and the additional in the end finished with an H-perm? The second solve seems to finish with random PLL, <R,U,L>-J-perm, Hperm. And in the additional solve we...

[L' U' L U L': T-Perm]

This is somewhat related: https://www.speedsolving.com/forum/threads/3x3x3-permutation-theory-puzzle.14107/ Also R L R' L'. You might argue, that R and L commute, hence this was an application of inverses, but then so is M2 E2 M2 E2.

The general Idea I have an idea: We now have many easily accessible computer programs that can easily search the shortest algorithms for a certain position. (May it be a ZBLL, OLL-CP or something else. It doesn't matter). However the shortest is not always the best. Often people then search...

My official 2x2 avg is 3.xy and I once missed a pretty obvious 5-mover. Solution would have been U2 R' U' R and some AUF. I was always cofident, that I would recognize such easy solutions. However in the inspection time pressure plays a big role and we sometimes don't see the forest because of...

You can watch youtube videos now in 0.25. Helped me sometimes to understand what someone does in a particular solve.

Video is up: https://www.youtube.com/watch?v=SOJrZ16mbZY Apparently the 4th solve (12.05) had a J-perm at 8.5... Could have been so much faster :(

I thought this thread was a joke but it is actually an interesting question. No new insights yet but it might be easier to consider the rotation cube of the group as S4 (symmetric group over a 4 element set) by the isomorphism: x to (1234) y to (1324) z to (1243) (Do we have LaTeX build into...

Recognizing blocks is easier than recognizing difficult patterns of adjacent/opposite colors. So this metric should probably include the type of comparison that you have to apply to the stickers. Not sure if this was your intention or how to formalize it though. Example: E-perm recognition (Do...

There goes my ER :( Congrats Marcel! Can't wait to see the solution :)

Well it is a german TV report. It should be viewable for some more days at this link: http://www.zdf.de/ZDFmediathek/kanaluebersicht/330#/beitrag/video/2632228/Supertalent-Mensch-II:-Die-Superhirne @others: It may be that those tests were not so focused on cubing specific skills. But however we...

I haven't read the thread but I wanted to add that just some days ago there was a german report about "superbrains" on TV, in which they portrayed the Weyer twins. They also made some scientific tests with the following results: Their physical ability to move fingers/hands is average. (They had...

By fiddling around I found this pure 3-corner twist: F2 R U R' U' R U R' U' F2 U' L' U' L U L' U' L U2 The change from right hand to left hand is a little awkward but apart from that I really like this alg. I still have to find out whether it is good though.

My favourite: https://www.youtube.com/watch?v=nMdwkrq9KH0 He tames his reaction until the judge shows him the other side. After that it's just happiness.

He solved the cube with J-Perms only (no setups), which is actually not that easy to write down in an hour.

The last days I have read "stationary points" very often in this forum. Is it something else than just fixed points of the permutation? Because the notion of stationary points is usually used in the context of differentiable functions, whereas fixed point is a term for arbitrary automorphisms.

Having watched the video again and seeing, that some of the arms are labeled with a certain color, that matches the color of the (solved) adjacent cube face, I conclude almost certainly, that my second scenario must be right. The robot already knows six stickers of the cube and therefore has an...

How does it know the color of the centers? They are completely covered by the turning mechanism. There are two possibilities: They are unknown to the robot. So in fact it probably doesn't always solve the cube. (Judging by the video only actually nobody cared to check, that the cube is really...